Grids & Storage

Connecting renewable energy to your daily life...

New technologies enable us to exploit renewable energy resources, but truly harnessing their energy requires the ability to control and adapt to the complex interaction between multiple sources and users.

Smart grid technology will enable systems that can adapt to the variation in supply that is common from renewable sources, while new storage technologies will make it possible to retain energy generated at during peak times to be withheld for later use.

Developing hybrid grids that can accommodate both AC and DC power, accommodating distributed generation, and effectively interfacing with legacy grid systems will be essential to our energy future.

Learn More

Projects

Additive manufactured porous transport layers and bipolar plates for proton exchange membrane electrolyzer cells

Grids & Storage

Additive Manufacturing of High Corrosion Resistant Materials for Small Modular Nuclear Reactors as a Clean Energy Source

Grids & Storage

Bifunctional Structural Battery Composites: Synergizing Mechanical Strength and Energy Storage Performance

Grids & Storage

Blockchain based smart contracts in the future smart grid

Grids & Storage

Composite Electrolyte Membranes for Solid-state Battery: Processing, Prototyping, a Lab-to-Market Endeavor

Grids & Storage

Dependable and Autonomic Computing Platform for Managing Transactive Microgrids

Grids & Storage

Development of high-performance solid oxide fuel cell stack with low degradation rate and fault tolerance for commercial applications

Grids & Storage

Distributed Energy Management for More Electronics Smart Grids (Distributed Energy Management Initiative)

Grids & Storage

Distributed Energy Resources Management for Grid Modernization and Grid Transformation Applications

Grids & Storage

Distributed Energy Storage

Grids & Storage

Dynamic load control and EV charging field experiment

Grids & Storage

Economic Policy and the Future Electricity Grid

Grids & Storage

Energy Management Strategies for Distributed Energy Resources

Grids & Storage

Future Smart Grids Structures

Grids & Storage

High-capacity, Free-standing Electrodes for Lithium-ion and Sodium-ion Batteries

Grids & Storage

High-Density Power Conversion Technology for PV and Battery Systems

Grids & Storage

Infrastructure Assessment for Electrical Vehicle Charging in the Town of Banff

Grids & Storage

Interaction of converters in emerging smart grids: Stability analysis and control design

Grids & Storage

Leveraging Automation and Technology to Enhance Demand-Side Flexibility

Grids & Storage

Next Generation Energy Storage Using Unconventional Materials

Grids & Storage

Novel Rechargeable Battery Technology based on Zinc-Ion Intercalation Materials

Grids & Storage

Operational Decision Support for Smart Grids

Grids & Storage

Rational Design of Next-generation Lithium-Sulfur Batteries for Clean Energy Storage

Grids & Storage

Rational Design of Protective Interlayers for Next Generation All-Solid-State Lithium Batteries

Grids & Storage

Regulating lithium nitrate solvation chemistry in carbonate electrolytes for high-voltage Li-metal batteries

Grids & Storage

Research on Interfacial Control of Solid State Lithium Batteries

Grids & Storage

Resilience of electric vehicles during disasters

Grids & Storage

Solvent-driven Crystallization of Lithium Hydroxide from Concentrated Aqueous Solution

Grids & Storage

Surface Science Hub for Clean Technology (SSH-CT)

Grids & Storage

Ultra Low-Loading Noble Metal Catalysts for Enhanced Anion Exchange Membrane (AEM) Electrolyzer Performance

Grids & Storage

Using Additive Manufacturing to Fabricate Non-precious Metal Electrodes for Water Electrolysis

Grids & Storage

Utility-­Scale Energy Storage

Grids & Storage

Vanadium Redox Flow Battery (VRFB) - technology comparison, acquisition of experience, development of use cases and energy management strategies

Grids & Storage

Enabling Sustainability News

All News

Researchers on Grids & Storage

Over seven years, Future Energy Systems plans to support more than 100 researchers and up to 1,000 Highly Qualified Personnel (HQP), including graduate students and post-doctoral fellows. To learn more about our researchers, visit the Researcher Directory.

Directory